Tablet computer holder and stand

ABSTRACT

A removable handle assembly for a hand held tablet computer or other handheld electronic device, the assembly including a device mounted assembly and a handle mounted to the device mounted assembly. The handle is rotatable permitting a user to hold the device within one hand and rotate the device to access the screen from any desired angle. The handle assembly may be used to position the device at a desired viewing angle when placed on a surface. The handle assembly may be received within a handle engaging device to permit the device to be mounted to a wall or other structure. The handle may be ergonomically shaped and angled for benefit of the user and rotatable to permit the selection of a desired viewing angle. The handle allows for other external mounting configurations and applications, and improves the utility usage of the tablet, or similar electronic device, itself.

CROSS-REFERENCE TO RELATED APPLICATION

The present application is a continuation in part of U.S. patentapplication Ser. No. 13/248,977, filed on Sep. 29, 2011, which claimedpriority to U.S. Provisional Application Ser. No. 61/387,509, filed onSep. 29, 2010, the disclosures of which is incorporated herein byreference in their entirety.

BACKGROUND

Tablet computers have made great strides in the marketplace of portablecomputers and have become a popular choice for consumers looking foreasily transportable and usable computers. Characteristics of suchcomputers include a touch screen for data entry and a smaller formfactor to permit easier handling and transportation. However, even withthe reduced form factor and size, manipulation of a tablet computer canbe challenging. If a user holds the computer with one hand, it may bedifficult to enter data with the other hand. The touch screens aretypically larger than a smart phone screen, so a user is not easily ableto cradle the tablet computer in both hands and use both thumbs to enterdata. Thus, during holding and data entry, the tablet computer istypically held awkwardly in one hand or cradled in an arm while theopposite hand accesses the touch screen.

In addition, most, but not all tablet computers have been manufacturedwith sleek exterior surfaces that make securing the tablet computerdifficult. When the computers are placed on a table top or other supportsurface, this is not a particular problem but when using the computer ina hand-held mode, the possible loss of control or dropping of thecomputer is an issue.

Still further, many of these tablet computers are used to display imagesor video, either for entertainment or business purposes. Merely placingthe computer flat on a table top does not provide a desirable viewingangle and does not permit the election of either landscape or portraitorientation of the display.

A tablet PC's monitor and use (software applications and appearance ontouch screen), by its very nature, is very customizable. However, from aphysical standpoint, Ergonomics have not been optimized forcustomization for each individual's user needs or experiences. Forexample, each individual has different limits in terms ofeye-sensitivity, different hand size, grip strength, dexterity, stamina,etc. The needs of a healthy person using these devices is far differentthan that of an elderly or disabled individual. These individuals mayneed a tablet (or similar electronic device) to be an AssistiveTechnology solution to help enable and impact the quality of theirlives.

Further, the applications of touch screen electronic devices are notonly in a home or school, but also in recreational settings (outdoorenvironments) as well as work environments (office, factory, hospitals,or outdoors). These applications often require protection (physical andsecurity from theft, etc.) of the device for when a user is stationary,seated, standing or dynamically moving (mobile), or a combinationthereof.

The physical limits of having (4) smooth edges do not allow forsingle-hand and/or pain-free usage or mobility. A secure and rotatablehandle allows for physical security of the tablet, personal comfort andimproved utilization and productivity. Each of these unique individualsneed and want to maximize the utility of their devices for interactivelyusing and sharing the device. Ergonomic considerations are integral tothese designs as an accessory or enhancement of the device-enclosures'physical dimensions and features. The user needs to be able to customizethe physical orientation for their own specific needs.

It is desirable to have improvement to the design and/or accessories forconventional tablet computers and similar touch screen (interactive ornon-interactive) devices. It is not intended that the present disclosurebe limited to only those accessories that address these issues, or belimited to present day tablet (or similar electronic device) technology.These issues are merely illustrative of problems or concerns during theuse of tablet computers that have arisen and it is not intended thatthis be an exhaustive list of the issues or concerns relating to tabletcomputers and the use thereof.

BRIEF DESCRIPTION OF THE DRAWINGS

The accompanying drawing figures, which are incorporated in andconstitute a part of the description, illustrate several aspects of theinvention and together with the description and serve to explain theprinciples of the invention. A brief description of the figures is asfollows:

FIG. 1 is a side view of a tablet computer with a handle assemblyaccording to the present disclosure mounted to a rear surface of thecomputer.

FIG. 2 is a side view of the handle assembly of FIG. 1

FIG. 3 is a side cross-sectional view of the handle assembly of FIG. 2.

FIG. 4 is a side view of a tablet computer with a second embodiment of ahandle assembly according to the present disclosure.

FIG. 5 is a side view of the handle assembly of FIG. 4.

FIG. 6 is a side view of a second alternative embodiment of a handleassembly according to the present disclosure.

FIG. 7 is a perspective view of an alternative embodiment of a handlefor use with a handle assembly according to the present disclosure.

FIG. 8 is a perspective view of a second alternative embodiment of ahandle for use with a handle assembly according to the presentdisclosure.

FIG. 9 is a first image of a handle assembly according to the presentdisclosure mounted to the rear surface of a tablet computer.

FIG. 10 is a second image of the tablet computer and handle assembly ofFIG. 9.

FIG. 11 is an image of the tablet computer and handle assembly of FIG. 9resting on a table with the screen oriented in landscape mode.

FIG. 12 is an image of the tablet computer and handle assembly of FIG. 9resting on a table with the screen oriented in portrait mode.

FIG. 13 is a second image of tablet computer and handle assembly of FIG.12.

FIG. 14 is an image of the rear of the tablet computer and handleassembly of FIG. 9.

FIG. 15 is a closer image of the handle assembly of FIG. 14.

FIG. 16 is an image of the handle assembly of FIG. 14 with a lockingring and a handle removed from a base.

FIG. 17 is a second image of the disassembled handle assembly of FIG.16.

FIG. 18 is a third image of the disassembled handle assembly of FIG. 16.

FIGS. 19 to 22 are images illustrating a process of assembly of thehandle assembly of the present disclosure.

FIG. 23 is a perspective view of a second embodiment of a handleassembly according to the present disclosure.

FIG. 24 is a back side view of the handle assembly of FIG. 23.

FIG. 25 is a front side view of the handle assembly of FIG. 23.

FIG. 26 is a side view of the handle assembly of FIG. 23.

FIG. 27 is a top view of the handle assembly of FIG. 23.

FIG. 28 is a bottom view of the handle assembly of FIG. 23.

FIG. 29 is a bottom view of a removable handle of the handle assembly ofFIG. 23.

FIG. 30 is a side view of the removable handle of FIG. 29.

FIG. 31 is a front view of the removable handle of FIG. 29.

FIG. 32 is a perspective view of the removable handle of FIG. 29.

FIG. 33 is a side view illustrating the mounting of the removable handleof FIG. 30 into the handle assembly of FIG. 23.

FIG. 33a is a side view illustrating the mounting of an alternativeembodiment of a removable handle similar to the handle of FIG. 30 intoan alternative embodiment of a handle assembly similar to the handleassembly of FIG. 23.

FIG. 34 is a perspective view of the assembly of FIG. 23 mounted to atablet device.

FIG. 35 is a perspective view of a holster according to the presentdisclosure for receiving and carrying a tablet device with the handleassembly of the present disclosure.

FIG. 36 is a schematic view of a tablet mounting assembly for use with atablet device and handle assembly of the present disclosure.

FIG. 37 is an exploded side perspective view of a wall mounting assemblyfor tablet devices according to the present disclosure.

FIG. 38 is a bottom view of an alternative embodiment of removablehandle according to present disclosure including a storage opening.

FIG. 39 is a side view of the removable handle of FIG. 38 with a styluspartially positioned within the storage opening and partially projectingfrom it.

FIG. 40 is a bottom view of a third alternative embodiment of aremovable handle according to the present disclosure with an internallight system.

FIG. 41 is a side view of the removable handle of FIG. 40.

FIG. 42 is a bottom view of a fourth alternative embodiment of aremovable handle according the present disclosure with an internalBluetooth or wireless enabled control arrangement.

FIG. 43 is a side view of the removable handle of FIG. 42.

FIG. 44 is a bottom view of a fifth embodiment of a removable handleaccording to the present disclosure with an internal storage cavity.

FIG. 45 is a side view of the removable handle of FIG. 44.

FIG. 46 is a perspective view of a fourth alternative embodiment of ahandle assembly according to the present disclosure, with the handleassembly mounted to a tablet device.

FIG. 47 is a perspective view of a fifth alternative embodiment of ahandle assembly according to the present disclosure, with the handleassembly integral with a back of a tablet device.

FIG. 48 is a perspective view of a sixth alternative embodiment of ahandle assembly according to the present disclosure, with the handleassembly integral with a back of a tablet device.

FIG. 49 is a top view of a removable handle assembly with a secondembodiment of a removable handle according to the present disclosure.

FIG. 50 is a top view of the removable handle assembly of FIG. 49,without the removable handle in place.

FIG. 51 is a top view of the removable handle of FIG. 49 showing aplurality of retractable tabs in an extended position.

FIG. 52 is a top view of the removable handle of FIG. 51 showing theplurality of retractable tabs in a refracted position.

FIG. 53 is a bottom perspective view of the removable handle of FIG. 51.

FIG. 54 is a bottom perspective view of the removable handle assembly ofFIG. 49.

FIG. 55 is a side view of the tablet and removable handle assembly ofFIG. 34, illustrating different viewing angles that can be achievedthrough rotation of the handle.

FIG. 56 is a side perspective view of a user utilizing the handle of thetablet and removable handle assembly of FIG. 55 to share or presentimages to others.

FIG. 57 is a side perspective view of the user rotating the tabletdevice of FIG. 56 with a single hand.

FIG. 58 is a side perspective view of the user of FIG. 56 holding thetablet device in one hand while accessing a touch screen of the devicewith another hand.

FIG. 59 is a side perspective view of the user of FIG. 56 using thehandle to position the tablet device to capture images or videos.

FIG. 60 is a side view of the removable handle assembly of FIG. 23 witha larger tablet device.

FIG. 61 is a perspective view of the tablet device and handle assemblyof FIG. 34 with a tablet mounting assembly according to the presentdisclosure.

FIG. 62 is a perspective view of the tablet device, handle assembly andtablet mounting assembly of FIG. 61, with the mounting assemblyconnected to equipment mounting post, adjacent a dentist's chair.

FIG. 63 is a perspective view of the tablet device, handle assembly andtablet mounting assembly of FIG. 61, with the mounting assemblyconnected to a side rail of a hospital bed.

FIG. 64 is a perspective view of the tablet device, handle assembly andtablet mounting assembly of FIG. 61, with the mounting assemblyconnected to an arm of a wheelchair.

FIG. 65 is an exploded view of a wall mount assembly according to thepresent disclosure, the wall mount assembly for receiving the handle ofthe handle assembly of FIG. 27.

FIG. 66 is a perspective view of a tablet mounting assembly according tothe present disclosure including an electrical connector within thehandle engaging portion, and a handle assembly according to the presentdisclosure with a mating electrical connector as part of the handle.

FIG. 67 is an exploded view of a wall mount assembly according to thepresent disclosure, with the handle engaging portion including anelectrical connector.

FIG. 68 is a perspective view of a handle and tablet rear cover assemblyaccording to the present disclosure with a handle assembly integrallypositioned to the rear cover with an attached handle.

FIG. 69 is a side view of the handle and tablet rear cover assembly ofFIG. 68.

FIG. 70 is a perspective view of a tablet mounting assembly according tothe present disclosure with an electrical connector within and throughthe handle engaging portion and charging symbols for wireless chargingthrough the handle assembly.

FIGS. 71, 72 and 73 are side views of handles according to the presentdisclosure that incorporate different assemblies for different functionswithin a cavity inside the handle.

FIG. 74 is a top view of a removable handle assembly with a secondembodiment of a removable handle according to the present disclosure.

FIG. 75 is a bottom view of the removable handle assembly of FIG. 74.

FIGS. 76a, 76b and 76c are side views of handles according to thepresent disclosure, that incorporate different assemblies for differentfunctions on the exterior of and within the handle assembly.

FIG. 77 is a perspective view of the holster of FIG. 35 including astorage area attached to the holster.

FIG. 78 is a perspective view of a protective sleeve according to thepresent disclosure for a tablet device with a removable handle assembly.

FIG. 79 is a perspective view of a second embodiment of a protectivesleeve according to the present disclosure for a tablet device with aremovable handle assembly.

FIG. 80 is a perspective view of a third embodiment of a protectivesleeve according to the present disclosure for a tablet device with aremovable handle assembly.

DETAILED DESCRIPTION

Reference will now be made in detail to exemplary aspects of the presentinvention which are illustrated in the accompanying drawings. Whereverpossible, the same reference numbers will be used throughout thedrawings to refer to the same or like parts.

FIG. 1 illustrates a tablet computer 100 with a handle assembly 102according to the present disclosure attached to a rear surface of thecomputer. Handle assembly 102 is comprised of a base assembly 104 and ahandle 106 rotatably and removably mounted to the base assembly. Asshown, the computer and handle assembly are resting on a table top orsurface 108 with the computer elevated above horizontal to aid inviewing the screen of the computer.

FIG. 2 illustrates handle assembly 102 removed from the computer.Assembly 102 may include base assembly 104 with a base ring 108 and alocking ring 110 into which handle 106 is mounted. FIG. 3 illustratesthe base assembly in cross-section, with handle 106 including a roundbase 112 of the handle having a lip 114 extending circumferentiallyabout the base 112. Round base 112 may be received within a recess 116of base ring 108 with locking ring 110 is positioned within recess 116to capture lip 114 and hold the handle to the base assembly. Other meansof rotating and releasably securing the handle to the base assembly arewithin the scope of the present disclosure and the drawings illustrate acurrent and non-limiting embodiment of an appropriate means of securingthe handle.

FIG. 4 illustrates tablet computer 100 being positioned at a firstdesired angle with respect to surface 118 by a handle 206 of a secondembodiment of a handle assembly 202. Note that handle 206 is notsymmetrical about an axis of rotation within base assembly 104 so thatby rotating the handle up to one hundred and eighty degrees within baseassembly 104 would result in the tablet computer being positioned atmultiple angles with respect to surface 118. Thus, the handle of thepresent disclosure eliminates the need to have a separate stand to holdthe tablet computer to angle the screen as desired to permit viewing ofimages or video on the screen. Different handle sizes or configurationscan further offer different variant degrees of angle with respect tosurface 118.

FIG. 5 illustrates assembly 202 removed from the tablet computer andshows the addition of added grip material 208 on an exterior of handle206. Grip material 208 could be selected and arranged to modify thenature or shape of the grip, to provide different colors on grip 206, toaid in friction of an exterior of grip 206, or may be added for othersreasons or purposes. It is not intended to limit the scope of thepresent disclosure with regard to the nature of what material may beadded to a grip according to the present disclosure or the reasons forwhich the material may be added. FIG. 6 illustrates a grip assembly 302with a grip 306 having no added material on an exterior of the grip.

FIGS. 7 and 8 illustrate alternative embodiments of grips 406 and 506for use with the present disclosure and configured to be rotatably andreleasably received within base assembly 104. Each of these gripsincludes a mating base 112 and lip 114.

FIGS. 9 and 10 illustrate tablet computer 100 and handle assembly 102held by a user in different orientations. The handle assembly of thepresent disclosure preferably permit easy rotation through a full threehundred and sixty degrees so that the user may grasp the handle andorient the computer in any positioned desired.

FIG. 11 illustrates tablet computer 100 and handle assembly 102positioned on surface 118 with the computer screen in a landscapeorientation. Most tablet computers have a position sensor that willautomatically orient the screen based on the angle at which the tabletis held. However, for these sensors to operate, the tablet needs to beheld at angle to horizontal. By elevating or angling the tablet computerabove the surface, and holding the tablet computer to select the desiredscreen orientation, a user may better control the nature of the imagesor video on the computer screen.

FIGS. 12 and 13 illustrate tablet computer 100 and handle assembly 102positioned on surface 118 with the computer screen in a portraitorientation. Note that if the tablet computer is rectangular in shape,as opposed to square, positioning the handle to display in landscape orportrait orientation will also result in the computer screen beingpositioned at different angles with respect to surface 118. This permitsa user to select both the desired orientation of the screen and thedesired angle of the screen above the surface on which it is placed.

FIGS. 14 and 15 are additional rear views of tablet computer 100 andhandle assembly 102.

FIG. 16 is a view of a disassembled handle assembly 104, including basering 108 defining recess 116, locking ring 110, handle 106 with roundbase 112 and lip 114. FIG. 17 illustrates the beginning of assembly ofthe various elements into handle assembly 102. Locking ring 110 mayinclude a lower portion 122 configured to engage and capture lip 114within recess 116. Recess 116 and locking ring 110 may include matingthreaded portions, 124 and 126, respectively, that releasably engageeach other to secure handle 106 to assembly 102 while allowing freerotation of handle 106 as desired by the user.

FIG. 18 illustrates handle 106 positioned within recess 116 and lockingring 110 positioned to engage base ring 108. Along an exterior portionof locking ring 110 may be a plurality of elements 128 that may servedual purposes of providing improved grip for tightening or looseninglocking ring 110 with base ring 108, as well as providing decorative orcustomizable visual elements to handle assembly 102.

FIGS. 19 and 20 illustrate steps to perform the assembly of the elementsinto assembly 102.

FIG. 21 illustrates a user engaging the threads of locking ring 110 andbase ring 108 to secure handle 106 into handle assembly 102 and FIG. 22shows handle assembly 102 fully configured and mounted to the rear oftablet computer 100.

FIG. 23 illustrates a further embodiment of a handle assembly according302 according to the present disclosure, with a tablet mounted assembly304 and a removable handle 306. Visible in this FIG. are two elementsthat are part of tablet mounted assembly 304, an outer rotating ring 310and an inner mounting plate 308. These two elements are rotatablymounted to a fixed ring (shown in FIGS. below) and are configured torotate together to permit positioning of handle 306 with respect to thetablet device as desired by a user. FIG. 23 illustrates an embodimentthat permits the removal of handle 306 without disassembly of the tabletmounting assembly, as described above. Removal of the handle isaccomplished by a different series of steps, as described below, butonce attached, handle assembly 302 is functionally equivalent to thehandle assemblies previously described.

FIGS. 24 and 25 are back and front side views of handle assembly 302 andfixed ring 312 is visible underneath rotating ring 310. FIG. 26 is aside of handle assembly 302 also showing fixed ring 312. Fixed ring 312may included an adhesive ring 314 for affixing the tablet mountedassembly to a tablet device. Alternative mounting arrangements areanticipated as being within the scope of the present disclosure and mayinclude but are not limited to temporary or permanent boding adhesivesthat are applied to either the tablet or the handle assembly, doublesided adhesive tape, adhesive tape that may be thinner than that shownin the FIGS., or other methods of mounting the handle assembly to atablet device. It is also anticipated that the mounting of the handleassembly may be directly to a back surface of the tablet itself or to askin, case, cover, or other accessory that covers the back surface ofthe tablet device.

Referring now to FIGS. 27 and 28, inner mounting plate 308 of handleassembly 302 includes a release tab 316 to permit the release andremoval of handle 306 from assembly 302. Release tab 316 is preferablypositioned and configured to permit a user to press down on an outerportion of the tab extending beyond the handle without the need fortools or other devices. Release tab 316 may be fixed to plate 308 alonga base 317 with an opposite end of the tab free to move when a userdepresses the free end. Plate 308 may also include two openings 319 and321 to receive keyed tabs 318 and 320, respectively, on handle 306.Openings 319 and 321 are sized to permit tabs 318 and 320 to bepositioned in a first position permitting the removal of the handle orin a second position (shown in FIG. 28) where the handle is secured toplate 308. From the position shown in FIG. 28, a portion of tab 316engages handle 306 to prevent the movement of handle 306 from the secondposition to the first position for removal. Moving tab 316 down and awayfrom handle 306 will allow handle 306 to be moved to the second positionand removed from plate 308.

Referring now to FIGS. 29 to 32, handle 306 includes a base plate 322from which tabs 318 and 320 extend. In addition, a recess or opening 324may be included in the base plate to receive a detent or protrusion(shown below) that may be part of tab 316. Tabs 318 and 320 may bepreferably differently shaped to ensure that handle 306 is inserted intohandle assembly 302 in a correct orientation. Since plate 308 isrotatably mounted within handle assembly 302, there is not setorientation in which the plate will be located when a user wishes toinsert the handle. The differential shaping of the tabs should helpprevent improper insertion and to ensure proper engagement andfunctioning of the release mechanism to permit future removal of thehandle.

Tabs 318 and 320 are preferably offset from base plate 322 by webs, 326and 328, respectively and include heads 327 and 329, respectively,positioned off the base plate. Heads 327 and 329 may have thedifferential shapes to ensure proper insertion. Alternatively, the websmay have different sizes or widths to prevent improper insertion intocorrespondingly different shaped openings 319 and 321 in plate 308.

FIG. 33 illustrates movement of a separated handle 306 into engagementwith a tablet mounted assembly 304. In position A, a user has positionedhandle 306 adjacent tablet mounted assembly 304. In positions B and C,the handle is shown in ghost lines moving toward engagement withassembly 304. Tab 318 engages opening 319 and tab 320 engages opening321. Opening 319 includes a larger portion 332 sized to receive head 327of tab 318. Opening 321 includes a larger portion 334 sized to receivehead 329 of tab 320. In this position, base plate 322 of handle 306engages a stop 330 that is part of release tab 316 and presses releasetab 316 downward.

Once both tabs have been initially received within the appropriateopenings, handle 306 may be slid forward so that the webs 326 and 328engage narrower portions 333 and 335 of openings 319 and 321,respectively. Narrower portions 333 and 335 are preferably sized toallow webs 326 and 328 to move freely but are sized smaller than heads327 and 329, preventing handle 306 from being pulled away from mountingplate 308. As the webs moves into the narrower portions of the openings,stop 330 comes into engagement with opening 324 and release tab 316returns to its normal, un-depressed state. Engagement of stop 330 withinopening 324 prevents handle 306 from sliding back so that the heads arealigned with the wider portions of the openings. This secures handle 306to mounting plate 308 but allows easy removal of the handle when theuser depresses the release tab to disengage stop 330 from opening 324,so that handle 306 may be slid back and removed from the mounting plate.

It is anticipated that handle 306 and mounting plate 308 may have theinterface for releasable engagement reversed, meaning that tabs 318 and320 may be included as part of mounting plate 308 extending outward, andhandle 306 may incorporate openings 319 and 321. This would create amounting plate that may be more easily cleaned or disinfected as itwould not include recesses within which material might be trapped. Therecess or openings being in the handle are more manageable for cleaningas the handle may preferable be made of a material that may bedisinfected in an autoclave or similar device used to disinfect smallermedical devices and tools.

FIG. 33a illustrates the mounting of an alternative handle 1306 into atablet mounted assembly 1304 with tabs 318 and 320 on tablet mountingassembly 1304 and openings 319 and 321 on handle 1306.

FIG. 34 illustrates handle assembly 302 mounted to a tablet device 100with handle 306 positioned on and engaged by mounting plate 308.

FIG. 35 illustrates a holster or protective case 350 for carrying atablet 100 having a tablet mounted assembly 304 (with or without ahandle 306 mounted). Holster 350 may be configured to carry the tabletwith the screen positioned against a protective inner face while stillproviding access to the handle (if mounted) or the tablet mountedassembly to permit a handle to be attached as needed. For transportationand storage, the handle may be removed, as shown. The tablet may becarried securely in the holster until needed, and then may be removedfrom use. Holster 350 may include a belt clip 352 or similar orequivalent structure to permit secure hands-free carriage of the tabletand holster.

FIG. 36 illustrates a tablet mounting assembly 354 that is configured toengage handle 306 of assembly 302. Mounting assembly 354 may include ahandle engaging portion 356 that is mounted via an articulated joint 358to a wall or panel mount 360. Tablet mount 354 would permit a user tocarry tablet 100 into proximity of the mount with handle 306 in place.Then, without removing handle 306, tablet 100 may be secured in thetablet mount for hands free use by inserting handle 306 into handleengaging portion 356. Non-limiting examples of possible installationlocations for tablet mounting assembly 354 include but are not limitedto automobile dashboards, aircraft instrument panels, bulkheads adjacentmachinery, walls adjacent hospital beds, walls adjacent food preparationor cooking areas, etc. When the user needs to move on, the tablet may bemoved by simply withdrawing handle 306 from handle engaging portion 356and transporting the tablet to a new location. Given the plethora ofapplications available for tablet devices and the ability of thesedevices to support many different tasks or activities, the ability toquickly move and secure a tablet device provides a great benefit tousers, in addition to the benefits provide by having secure one-handedcontrol of the device provided by the handle assembly of the presentdisclosure.

FIG. 37 illustrates a further embodiment of a tablet holding assembly368 for mounting a tablet 100 to a wall or other structure. Analternative handle 406 may be mounted into tablet mounted assembly 304according to the present disclosure. Handle 406 may then be receivedwithin a receiver 364 that may be mounted within a standard wall outletbox 366 and covered with a standard outlet plate 362. Assembly 368 wouldpermit a mounting point to be provided in wall, bulkhead or otherstructural element using predominantly off the shelf components that maybe installed without any specialized knowledge, training or tools.

Assemblies 368 and 350 are intended to be merely illustrative ofmounting arrangements that may be utilized with handle mountingassemblies according to the present disclosure.

FIGS. 38 and 39 illustrate a further embodiment of a handle 506including an internal storage opening 508 accessible through base plate322 for carrying, for example, a stylus for use with a tablet device.The stylus, or other element, may be accessible through the external topof the handle.

FIGS. 40 and 41 illustrate a still further embodiment of a handle 606that may include a lighting device 608 such as an LED and power assemblyfor the LED within an interior of the handle. Such an assembly maypermit a user to visualize objects in a dark environment while carryingthe tablet and handle assembly according to the present disclosure. Abattery for the lighting device may be accessible through base plate322.

FIGS. 42 and 43 illustrate another embodiment of a handle 706 accordingto the present disclosure which may include wireless control featuresfor the tablet, such as but not limited to a Bluetooth compatiblecontrol 708. Control 708 may include one or more elements to be engagedby a user grasping handle 706. Such elements may include but are notlimited to a navigation button 710 and a selection button 712. A battery714 to power the control feature may be accessible through base plate322. Other similar or compatible control features may be included in ahandle within the scope of the present disclosure.

FIGS. 44 and 45 illustrate an embodiment of a handle 806 according tothe present disclosure with a multipurpose storage cavity 808 within thehandle. A removable cover 810 may be positioned over the cavity in baseplate 322 so that the mounting and release features of the handledescribed above are preserved. Non-limiting examples of uses for cavity808 may include storage for extra flash drives or other memory devices,storage for ear buds, earphones, a cell phone head set, a microphone, aBluetooth device, storage for a cleaning cloth, power or interface cordsfor the tablet, electronics for interfacing with security devices, orother suitable functions. It is also anticipated that other electronicdevices may be embedded within the handle such as but not limited tolonger distance passive or active wireless communications devices, GPSreceivers, transponders, or other similar devices.

Referring now to FIG. 46, tablet device 100 may have a handle assembly902 mounted to a back side of the device. Handle assembly 902 maycomprise a tablet mounted assembly 904 with a handle 906. Handle 906 mayinclude an integral rotating plate 907 that is held to assembly 904 byring 310. Handle assembly 902 is similar to handle assembly 302 with theprimary difference being that the rotating mounting plate and handle areformed integrally with each other. This mounting configuration wouldallow the rotatable and one-handed control of a tablet in an environmentwhere moisture and/or bacteria and/or unwanted particles are prohibitedor unsafe, including but not limited to food preparation or production(allergies, contamination) or medical/healthcare/education (virus,infection, allergic reactions, etc.)

Referring now to FIG. 47, a tablet device 900 may include a handleassembly 912 that is integrally formed into a back 908 of the tabletdevice. While it is illustrated that handle assembly 912 is integral tothe back of the tablet device, it is also anticipated that the handleassembly may be integral with a shell or case that covers back 908 andsecures the tablet device to the handle. Handle assembly 912 may includea lock slot 910 similar to such slots that are included in laptopcomputers, among other portable devices. This lock slot 910 may permit auser to secure the tablet device at a particular location to avoid ordeter theft or misplacement of the tablet device. This mountingconfiguration would allow the rotatable and one-handed control of atouch screen device in an environment where moisture and/or bacteriaand/or unwanted particles are prohibited or unsafe. Tablet computers andelectronic devices are expensive assets and critical tools ininstitutions and businesses where people work or are treated for illnessor where services are provided to the disabled. Individuals andbusinesses depend on protecting their assets and the tools they need tofunction, work and live.

Referring now to FIG. 48, tablet device 900 with an integral handleassembly may include handle 306 being removably mounted to rotatingmounting plate 308. As described above, handle 306 may be removablyattached to rotating mounting plate 308. The handle may preferably beremovable. This design allows for all of the functionality of arotatable and removable handle from a base-assembly; yet thebase-assembly may actually serve as an enclosure for a portion of thetablet or similar touch screen device.

Referring now to FIGS. 49 to 54, a removable handle assembly 914 mayinclude a rotating mounting plate 916 to which a handle 918 may beremovably attached. Rotating mounting plate 916 may include a recess 920for receiving a base 921 of handle 918. Within recess 920 may be aplurality of openings 924 with each opening positioned and sized toreceive one of a plurality of retractable tabs 924 extending from base921. Handle 918 may include a push button 926 or other actuationinterface that will allow a user to retract tabs 924 into handle 918 (asshown in FIG. 52) to permit the handle to positioned within or removedfrom rotating mounting plate 916. Five tabs 924 are shown but it isanticipated that as few as a single retractable tab may be sufficient tosecure handle 918 to rotating mounting plate 916 in conjunction withother overlapping and engaging lips on the base of the handle and aboutthe periphery of the recess in the mounting plate.

It is anticipated that the handle assembly of the present disclosure mayfind significant usage and utility within the medical industry. Otherindustries (such as food production) and institutions (such as nursinghomes) also have bacterial and microbial matter that must be mitigated.For this sort of usage, it may be desirable to improve the design toallow for effective cleaning and/or sterilization. Handle assembly 914provides improved utility with regard to cleaning and/or sterilizationby reducing the depth of the openings in either the handle or themounting plate where contaminants may collect and from which it may behard to ensure that the contaminants have been removed. Handle 918 maybe made of materials that may be autoclaved or otherwise subjected tosterilization, since this is the portion of the assembly that a patientor healthcare worker may be in contact with the most. Any of the handlesaccording to the present disclosure may further be made of ananti-bacterial material as a method of further enhancing the hygieniccharacteristics of the handle assembly disclosed herein.

This design allows for a rotating base member and handle design that canoffer more stability, based on the needs of a specific application.Note, the materials for this utility solution may be altered to furtherincrease joint and mechanism strength or provide a utility benefit suchas the ability for especially rugged applications or the ability to washdown (or sterilize) the assembled mechanism. Potential application needsmight be those that require increased strength due to increased stressesfrom a larger moment-arm (such as use with a Reciprocating ArmExtension).

FIGS. 55 to 59 illustrate how a handle and or handle assembly accordingto the present disclosure may impact the overall user experience ofutilizing a tablet (or similar electronic) device. The combination ofthese drawings illustrate how the device can be physically manipulatedto allow the user of a tablet (or similar electronic device) to improvethe interactive and dynamic utility of the operation, provide for secureand protective handling as well as improve the ergonomics of utilizingthe assembly of the handle assembly to, on or with the tablet (orsimilar electronic device).

Referring now to FIG. 55, rotation of handle 306 of handle assembly 302may be used to position tablet device 100 at a desired viewing angle asneeded to accommodate user position or to reduce problems with glare onthe screen. Note that while the ergonomic shape of the handle does notdirectly come into play in this usage, an angled “pistol grip” featureof the handle does permit a user to select from a range of viewingangles when the tablet device is placed on surface 108. This allows forpersonal and customizable use of a tablet (or monitor or similarelectronic device) in a secure stand position, to prevent slipping andfree up the use of two hands. The rotational ability allows the abilityto minimize glare or eye-strain due to eye-to-screen orientation andlocation of reflective light sources.

FIG. 56 illustrates the ease of a user 950 holding tablet device 100 todisplay image to others, such as during a presentation or conversation,through the use of handle assembly 302. The handle may be uniquely andergonomically designed to minimize strain on wrists and fingers.Arthritis and carpel tunnel syndrome are very real physical conditions.The combination of the ergonomic shape and the low weight of the handleassembly minimize the negative consequences over repeated use. This evenallows for steady signatures or touch screen manipulation by anotherperson (audience).

FIG. 57 illustrates how easily a user may rotate the tablet device withregard to handle 306 during use of the tablet device merely through theuse of thumb pressure against the device itself. A raised portion or aplurality of raised elements may be added to the portion of handleassembly 302 that is rotationally fixed to tablet device 100 so that theuser may be more easily able to rotate tablet device 100 while holdinghandle 306. The inclusion of such raised elements may allow the user torotate tablet device 100 using just the one hand grasping the handle,leaving the other hand free for other tasks, such as but not limited toholding other exhibits or supplementary presentation elements. Thehandle may be uniquely designed with this thumb-bump feature that allowsfor secure rotation even when a user's hands are weak or there is poorfinger/wrist strength and dexterity.

FIG. 58 illustrates the use of tablet device 100 being greatlysimplified by providing a secure and pivoting handle so that the usermay access the screen and rotate the screen between landscape orportrait orientations, or anywhere in between as needed or desired. Thehandle may be ergonomically designed to allow for secure single-handuse. This allows for the other hand to be used to easily manipulate thetouch screen of the tablet (or similar electronic device), even if theuser is dynamically moving (such as walking or standing).

FIG. 59 illustrates how handle 306 may assist the user in holding thetablet device while using a camera or video capturing capability of thetablet device. The secure grip by a single hand may improve the abilityof the user to access the screen and select different video capture ordisplay option, such as but not limited to color, size, zoom, etc., asopposed to gripping the tablet on one side only while using the otherhand to access the screen. Use of handle 306 may also help in ensuringthat the user 950's hand stays out of the visual range of the camera.The combination of the ergonomic shape and the low weight of the handleassembly may minimize the possibility of dropping or slipping in thisdynamic and arm-stretching position. When taking photos or videos;steady and secure operation is needed.

FIG. 60 illustrates the use of handle assembly 302 with a larger formattablet device 101. When placed upon surface 108, the larger formattablet device may not be positioned at the optimal or desired viewingangle with just a normal length of handle 306. A retractable extension954 may be provided within handle 306 to permit the angle of the screento be changed as desired to accommodate the larger screen size. It maybe that the length of the handle itself will not permit a user to placethe screen of the tablet device at the desired viewing angle. Electronicdevice designs are physically increasing (in the case of tablets) anddecreasing (in the case of all-in-one computers). Users andmanufacturers of these devices are trying to increase the portability,performance capabilities and user experience of their devices; whilemaintaining protection of the device itself from damage and increasingthe mobility. The design configuration of the present disclosure mayallow a user to utilize the design of the present application (switch itout) to use on a different device. This would be most advantageous forthe removable handle and the integrated-handle-and-mounting-assemblydesigns. Such applications may include, but are not limited to, ahospital bed, dentist chair, fitness equipment or other moving orphysically stationary equipment.

FIG. 61 illustrates tablet device 100 with handle assembly 302 includinghandle 306 positioned within sheath or handle engaging portion 356 thatis connected to a mounting interface 956. Where a similar handleengaging and mounting apparatus was described above, mounting interface956 may be configured to secure the handle engaging portion 356 to awide variety of mounting arrangements. This is an adaptation from themounting arrangement in FIG. 36, and described above which illustrated awall-mount (or flat) surface mount with a ball joint. The purpose ofsheath 356 is to allow for physically secure mounting for either atemporary need or definite purpose need. Further drawings illustratesome of the uses where the sheath would increase the interactive andmonitoring utility of the handle (or other mounting extension) assemblyfor use with the tablet (or similar electronic device). A ball joint isonly one possibility. Other application possibilities include a wallmount clamp, strap or screw type of mount for different user andapplication needs.

FIG. 62 illustrates a first arrangement where tablet device 100 may bemounted within handle engaging portion 356 which is connected viamounting interface 956 to an articulating arm 958. Articulating arm 958may in turn be mounted to furniture or equipment post 960 adjacent adentist chair 962 for use by a dental patient seated in the dentistchair. Preferably, articulating arm 958 may be flexible enough in natureto permit the dental patient to move or position the tablet device in apreferred viewing position while the patient is waiting for treatment orduring treatment for longer procedures. Preferably, articulating arm 958would also permit the tablet device to be positioned so as to be visibleto the patient and not in the way of the dentist or other dental serviceprovider. Articulating arm 958 may also preferably allow the tablet tobe moved out of the way when the patient needs to get into or out ofdental chair 962. Tablet device 100 may also be preferably removablymounted to handle engaging portion 356 so that a particular tabletdevice may be moved wherever the dental patient is seated during thecourse of an office visit. This dentist chair embodiment is an exampleof how the mounting assembly with an articulating arm (if needed) willallow the increased utilization of a tablet (or similar electronicdevice with a screen) for the user and caregiver experience, whilemaintaining secure protection of the device.

Tablet computers (and similar interactive electronic devices) are beingutilized to increase knowledge and understanding by allowing the use ofvideo or image viewing at a close distance. Healthcare and care serviceapplications are increasingly utilizing tablet (and interactiveelectronic devices) to convert from historical 2-dimensional black andwhite x-ray sheets to the use of 3D digital imaging and even video.

These embodiments according to the present application may allow formore comfort and less fear from the user during their experiences, butmay also allow for reduced glare as well as the advantage of reduceseyestrain and increases viewing clarity. In addition, the user may haveaccess to music or video-streaming experiences that are not onlycare-service related, but also used for relaxation and entertainment inuncomfortable situations.

Referring now to FIG. 63, tablet device 100 is illustrated positionedwith handle 306 within handle engaging portion 356 and connected viamounting interface 956 and articulated arm 958 to a side rail 964 of ahospital bed 966.

This hospital bed application is an example of how the mounting assemblywith an articulating arm (if needed) will allow the increasedutilization of a tablet (or similar electronic device with a screen) forthe user and caregiver experience, while maintaining secure protectionof the device.

Tablet computers (and similar interactive electronic devices) are beingutilized to increase knowledge and understanding by allowing the use ofvideo or image viewing at a close distance. Healthcare and care serviceapplications are increasingly utilizing tablet (and interactiveelectronic devices) to convert from historical 2-dimensional black andwhite x-ray sheets to the use of 3D digital imaging and even video.

These embodiments may allow for more comfort and less fear from the userduring their experiences, but also allows for reduced glare as well asthe advantage of reduces eyestrain and increases viewing clarity. Inaddition, the user may have access to music or video-streamingexperiences that are not only care-service related, but also used forrelaxation and entertainment in uncomfortable situations.

Referring now to FIG. 64, tablet device 100 is illustrated positionedwith handle 306 within handle engaging portion 356 and connected viamounting interface 956 and articulated arm 958 to an arm 968 of a wheelchair 970.

This wheelchair application is an example of how the mounting assemblywith an articulating arm (if needed) will allow the increasedutilization of a tablet (or similar electronic device with a screen) forthe user, while maintaining secure protection of the device.

A person in a wheel chair may be able to utilize a tablet (or similarelectronic device) for a hands free viewing (of video or images)experience or interact with their device without a second hand, and notworry about the device being dropped or damaged. This allows for morecomfort and less fear from the user during their experiences, but alsoallows for reduced glare as well as the advantage of reduces eyestrainand increases viewing clarity. In addition, the user may have access tomusic or video-streaming experiences that are not only care-servicerelated, but also used for relaxation and entertainment in uncomfortableor distressful situations.

While tablet device 100 is shown mounted to a number of various healthcare related patient furniture, it is anticipated that during treatmentor in the course of a facility visit, the tablet device assigned to apatient may need to be secured or placed out of the way. Such placementmay be necessary or desired when a patient is being transferred betweenfurniture and/or positions. Moving the tablet device may also bedesirable when treatment is being provided to the patient that requiresmore unrestricted access to the patient. It may also be desirable thatthe patient have the ability to mount the tablet device assigned to themto a wall or bulkhead adjacent their bed or chair to better view thescreen of the tablet device.

In such situations, or at other times as desirable, handle 306 may beplaced with handle engaging portion 356 that is part of a wall mount980, as illustrated in FIG. 65. Wall mount 980 may include handleengaging portion 356, positioned within a housing 972 that is secured byface plate 362 within an outlet or wall box 366. This design allows fornot only wall-mount applications for viewing, but also for temporarystorage and charging. An example application of this design is inconjunction with the applications for a hospital bed or wheelchair(described previously); these applications require, for example, thatthe electronic device (which is quite valuable) to remain in a hospitalroom while a user/patient is transported to another part of the hospital(for radiology, surgery, therapy or discharge). The facility would ownthese devices and are very concerned about their safety, value, chargingand having them properly and securely maintained, charged and cleaned.

Referring now to FIG. 66, it may be desirable that a tablet handle andmount cooperate to provide the option of connecting tablet device 100 toa power or data source. As shown in FIG. 66, handle engaging portion 356may have embedded within a connector 978, such as but not limited to aUSB or Lightning connector. Connector 978 may be electrically connectedto a cable 976 extending through or along mounting interface 956. Handle306 may then include a mating connector 980 positioned so thatconnectors 978 and 980 electrically connect when handle 306 ispositioned appropriately within handle engaging portion 356. Connector980 may then be electrically connected to a cable 982 extending throughhandle 306 and handle assembly 302, and possibly exiting handle assembly302 via opening 904. A distal end of cable 982 may include a connector984 selected to connect to and interface with tablet device 100. In thisdesign, the sheath and sheath-extension allow for accessibility throughthem for charging/powering and synchronization of an electronic device.This illustration is for a corded solution with a power cord jointwithin the sheath and sheath-extension, with current cord technology.But, future technology may allow for different connectors on cords orallow for inductive charging through conductive materials (if chosen) ofthe handle and base assembly, sheath and sheath-extension, to theelectronic device.

FIG. 67 illustrates a portion of a wall mounting arrangement accordingto the present application that incorporates connector 978 within handleengaging portion 356 and having cable 976 extending into a wall to whichthe mounting arrangement may be mounted. This design, when used inconjunction with mounting arrangements of FIG. 65 and/or FIG. 66, mayallow for not only wall-mount applications for viewing, but also fortemporary storage and charging. An example application of this design isin conjunction with the applications for a hospital bed or wheelchair(described previously); these applications may require, for example,that the electronic device (which is quite valuable) to remain in ahospital room while a user/patient is transported to another part of thehospital (for radiology, surgery, therapy or discharge). The carefacility may own these devices and are very concerned about theirsafety, value, charging and having them properly and securelymaintained, charged and cleaned.

FIGS. 68 and 69 illustrate a handle and tablet rear cover assembly 980for use with a tablet device. As shown, assembly 980 includes a handlemounting assembly 982 that is integral to a rear tablet cover 984 withperipheral edges 986 configured closely fit about the edges of a tabletdevice and secure the handle and rear cover assembly to the tabletdevice. A handle 988 is connected to handle mounting assembly 982. Thishandle may be easily removed (or detachable for storage) or be of anon-removable design, depending on the utility application needs.

This design allows for the use of the rotatable handle, which isintegrally mounted into the back of the enclosure, in applications thatrequire even more stability and protection from contaminants. The handleas flush mounted, is removable (but may be non-removable by specificdesign and application needs), thereby minimizes the momentary stressesthat may be encountered in extremely rugged, outdoor or dynamicenvironments and applications.

FIG. 70 is a perspective view of a tablet mounting assembly 990according to the present disclosure with an electrical connector 992within and through the handle engaging portion 356 and charging symbols991 for wireless charging through the handle assembly.

This design allows for wireless charging through the external handlecradle as well as through the handle assembly. Wireless charging isavailable and further being developed by tablet (and electronic devicemanufacturers) to reduce the contamination potential that exist withphysical connections and improve the mobility and interactive utilityuse for the users of these devices. Indicator lights may also beincluded on an exterior of the handle to show the charging or batterystatus of the handle and/or the tablet device.

FIGS. 71, 72 and 73 are side views of the handles according to thepresent disclosure which have been adapted with storage and utilityfeatures within a handle cavity, which allow for a biometric or Touch IDassembly 994, a data transfer and wireless charging indication assembly996, and backup battery storage assembly 998. Collection or transfer ofbiometric data, for example, may be used to monitor vital health statusof the individual using the device in conjunction with a tablet (orsimilar electronic) device.

FIG. 74 and FIG. 75 are, respectively, a top view and a bottom view of aremovable handle assembly 1002 with a mounting base 1004 and a removablehandle 1006 according to the present disclosure. These are similar tothe removable handles of FIG. 49 and FIG. 54, but with magneticattachment between mounting base 1004 and handle 1006 and having one ormore magnets 1008 in place of the retractable tabs. Handle 1006 mayinclude backup battery storage 1018, wireless charging 1016, andexternally viewable status indicator lights. The backup battery storagemay be in the base assembly, not the handle. Depending on the user andapplication needs, a magnetic connection may be desirable between themounting base and the tablet device through use of one or a plurality ofmagnets 1020 positioned within the mounting base. Indicator lights mayalso be needed for external viewing of the status of power levels,battery levels, electronic data transfer, and charging among others.Apps or applications operating on the tablet device may require thisfunctionality in the mounting base portion of the assembly, and not inthe handle portion. This is especially true if the mountingconfiguration needs are that utilizing devices and/or features found onFIG. 8, FIG. 37, FIG. 62, FIG. 63, FIG. 64, FIG. 67 or other mountingconfigurations included in this disclosure or other embodiments that maybe required by specific application needs.

Note that in FIG. 74, there may be one or more groups of lights 1128positioned about the device mounted assembly. These lights may betransparent ports allowing illumination originating from within theassembly to shine through, or they may be actual lights mounted as partof this ring. These lights 1128 may be used to provide statusindications regarding various operational or functional aspects of thetablet device or of the status of elements mounted within or as part ofthe handle assembly.

FIGS. 76a to 76c are side views of three additional embodiments ofhandles according to the present disclosure, that are may beenhancements upon or used in conjunction with those handles shown inFIGS. 71-73, that incorporate different assemblies for differentfunctions on the exterior of and within the handle assembly. In FIG. 76c, a handle 1022 may include electroluminescent lighting (indicated by apattern 1024 on handle 1022), thermal or heat sensitive lightingactivation or light-sensing activation through use of sensors 1026embedded within or attached to an outer surface of the handle 1020. Asshown in FIGS. 76a and 76b , handles 1028 and 1030 may be left hand andright specific versions of removable handles according to the presentdisclosure. Each handle 1028 and 1030 may incorporate touch sensitivecontrols 1032 and other indicator lights 1034 for the handle itself.These sensors may be used to control some operations of the tabletwirelessly and the indicator lights may in turn be controlled wirelesslyby the tablet device to which the handle may be attached. The embeddedsensors, lights and other devices shown in these FIGS. may be powered bybatteries or other power sources 1036 within or external to the handles.

A user may require health measuring sensors and connection via Bluetooth(or wireless) tablet monitoring ‘App’ or ‘Apps’ (softwareapplication/applications), power level indication, and power indication.The design of the present disclosure may allow for customized andfree-form positioning by the user for either right or left handoperation. The handle itself may require touch-ID indication forsecurity purposes. This handle design is envisioned to being used inconjunction with other mounting configurations, including the flushmount and integral mount designs shown in FIG. 48, FIG. 68, and othermounting configurations within the scope of the present disclosure.

Referring now to FIG. 77, holster or protective case 350 may be modifiedto include a pocket 928 with an interior space 930 which may be sized toreceive handle 306 or any of the other handles illustrated herein. It isanticipated that pocket 928 may have sufficient interior space 930 topermit other accessories to be placed within the pocket below the handlefor easy transportation. Such accessories may include but are notlimited to charging cords and adapters, styli for use with tablet device100, screen wipes or other cleaning tools, or any other type ofaccessory that may be desired by the user. Interior space 930 may beaccessed through an open end 929 which may include a selectivelyclosable cover 931. Cover 931 may be selectively closed through use of azipper, hook and loop fasteners, magnets, or any other suitable closuremethod. This design allows for convenient portability of the tablet withthe detached handle. The holster and storage area allow for protectionof the tablet and any other accessories.

FIG. 78 illustrates a protective case 932 for use with tablet device100. Case 932 may include a zipper 934 to allow access into the case forplacement or removal of tablet device 100. Zipper 934 may be along oneside 936 to permit the device to be slid into the case or it may extendalong up to three sides of the case. A pocket 938 may be positioned onthe outside of case 932 and sized to receive handle 306 or other desiredaccessories within an interior 940. Interior 940 may be accessed by afirst opening 942 or may include a second opening 944 at an opposite endto permit accessories with the interior to be accessed or removed withhaving to remove the handle adjacent the first opening 942. Interior 940may be continuous between the opposite openings or may be segregated toprevent items placed into interior 940 through one of the openings fromexiting the interior through the other opening. This design allows forconvenient portability of the tablet with the detached handle. Thesleeve and storage area also allow for padded and guarded protection ofthe tablet, handle and other accessories. The zipper and/or latchedopenings will allow for convenient removal and storage.

Referring now to FIG. 79, a protective case 946 for tablet device 100may permit access to the tablet mounted assembly of the handle assemblythrough an opening 948 in the case itself. Such a configuration wouldpermit a user to attach handle 306 to assembly 304 while the tabletdevice is still within case 946. With zipper 934 extending around threesides 936 of case 946, case 946 could be configured to remain attachedto tablet device 100 when the handle is attached and the user isaccessing the screen of the device. This configuration might provideadditional protection to the tablet device when the device is beingaccessed by the user and may keep the case under control while thetablet is in use. This design allows for convenient portability of thetablet with the detached handle. The sleeve and storage area also allowfor padded and guarded protection of the tablet, handle and otheraccessories. A zipper and/or latched openings (or another closuremechanism) will allow for convenient removal and storage.

Referring now to FIG. 80, a protective case 1038 is shown which issimilarly configured to the protective case of FIG. 78. Case 1038 mayinclude one or more sets of indicator lights 1040 on an exterior of thecase which may be configured to show the charge level of a handle withinpocket 936 or of tablet device 100 positioned within the protectivecase. If the handles within the pocket include backup batteries toprovide power to the table device, the effect of the indicator lightsmay be such as to communicate the overall amount of battery poweravailable for the tablet without having to remove the tablet from theprotective case. It is further anticipated that these indicator lightsmay be configured to indicate the presence and possibly strength oflocal wireless network signals, so that a user can know whether aconnection to other remote resources may be available before deployingthe tablet device from the protective case.

In addition to or in place of indicator lights 1040, case 1038 mayinclude a strip of indicator lights 1041 with a plurality of individuallamps. Lights 1041 may be used to indicate status of or currentfunctions active on the tablet and may further include an indicator ofthe presence of a suitable wireless signal that may allow the tablet tocommunicate through a wireless network. It is not intended to limit theplacement or appearance of any such indicator lights but to provideexamples of where they may be located on case 1038 and how they might beuseful to the use and operation of a tablet device according to thepresent disclosure.

Certain applications may require the user of the tablet or electronicdevice to allow for these remote security, usage and charging indicationas well as backup battery storage. In particular, the backup battery maybe needed because of the very limited electrical storage capacity withinthe electronic tablets, and other electronic devices, themselves. Thecavity volume, within the handle, allows for a great volume of batterybackup capacity.

While the present disclosure has used a tablet computer as the primarydevice to which the handle assembly may be attached, it is not intendedto limit the use of the present handle assembly to tablet computers. Itis anticipated that other electronics devices, such as but not limitedto other portable computers, portable video or image display devices,and other devices might be adapted to use the handle assembly of thepresent disclosure. The size and shape of the handle included in thehandle assembly of the present disclosure may be selected to ensure thatthe device to which the handle assembly is attached may be presented ororiented at the desired angle when positioned on a surface asillustrated herein. This desired angle may be steeper or shallower thanthose illustrated herein and still within the scope of the presentdisclosure.

The shape of the handle and the angle the handle is tipped from an axisof rotation of the rotating mounting plate may be selected to conformmore closely to a natural shape of a user's hand. It is desirable thatthe handles of the present disclosure provide both a secure andcomfortable grip on a tablet device so as to reduce user strain and,over long periods of use, reduce potential instances of carpal tunnel orother over use or repetitive stress injuries.

This handle assembly device, independently or in conjunction with thewide variety of configurations and enhancements in this disclosure,enables and increases the tablet computers (or similar electronicdevice) to be used as an Assistive, Rehabilitative or AdaptiveTechnology solution to assist and enable individuals to met their uniquechallenges, rehabilitation and developmental needs. These designs areintended to provide for some of the unique challenges to assist disabledor recovering individuals that need the type of assistance that aninteractive tablet (or similar electronic device) can offer. Withoutsuch devices as described herein, the minimalistic design of thesehandheld devices, by themselves, are not generally ideal or are verylimiting, for many of these unique individuals.

It is anticipated that within the scope of the present application, anynumber of materials may be used to make the various elements of thehandle assembly according to the preset disclosure. By way of anon-limiting example, handle 306 may be molded from plastic, rubber,fiberglass, carbon fiber, or any other suitable polymeric or compositematerial. The handle could further be carved from wood for aesthetic oroperational characteristics. The handle could further be formed from ametallic material as an alternative. The various elements to which thehandle attaches, or which secure the rotating elements to the tabletdevice, may be made of any suitable material, provided the variouselements are designed with the appropriate strength or durability. Oncethe operational requirements are met, the use of any material may beleft to the selection of the user or manufacturer for cost or appearancereasons. A user may have a plurality of handles for use with aparticular tablet device and may select the handle used based on anintended use of the device at a particular moment. The holsters of thepresent application may permit a user to store one or more additionalhandles so that the user may have multiple handle options readilyavailable.

The handle assembly may be durably attached to the tablet device, suchas by an adhesive or other generally permanent bonding approach.Alternatively, the handle assembly may be attached to the tablet via aremovable rear or full cover fit about the tablet device. The handleassembly could be made as an integral element of the case of the tabletdevice. The handle assembly could be attached to the tablet device ortablet device cover via a less permanent attachment approach, such asbut not limited to a suction device. Future technology advances (andspecific mounting configuration and application needs) of tabletcomputers (or other similar electronic devices) may allow for the handleassembly to be attached via a magnetic connection or for wirelesscharging.

While the invention has been described with reference to preferredembodiments, it is to be understood that the invention is not intendedto be limited to the specific embodiments set forth above. Thus, it isrecognized that those skilled in the art will appreciate that certainsubstitutions, alterations, modifications, and omissions may be madewithout departing from the spirit or intent of the invention.Accordingly, the foregoing description is meant to be exemplary only,the invention is to be taken as including all reasonable equivalents tothe subject matter of the invention, and should not limit the scope ofthe invention set forth in the following claims.

What is claimed is:
 1. A handle assembly for a handheld electronicdevice, the handheld electronic device including a screen and a backside opposite the screen, the handle assembly comprising: a devicemounted assembly attached to a removable cover on the back side of thehandheld electronic device, the device mounted assembly including afixed portion and a rotating mounting plate; a handle mounted to themounting plate; and, wherein the handheld electronic device may berotated as needed about the handle to permit a user to access the screenfrom any angle, and the handle configured to permit a user to hold thehandheld electronic device with one hand while accessing the screen withthe other hand; further comprising the handle ergonomically shaped andangled, with the handle selectively rotatable by a user to position thetablet device on a surface at a desired viewing angle.
 2. The handleassembly for a handheld electronic device of claim 1, further comprisingthe handle including a retractable extension within the handle, theretractable extension selectively extendable by a user to position thetablet device on a surface at a desired viewing angle.
 3. The handleassembly of claim 1, further comprising the handle is removably attachedto the device mounted assembly.
 4. The handle assembly of claim 3,further comprising the handle removably mounted to the device mountedassembly via a pair of tabs engaging a pair of openings, wherein each ofthe tabs includes a web and a head, and each of the openings including afirst portion sized to receive the head of one of the two tabs and asecond portion sized to receive the web of one of the two tabs but notallowing the head of the tab to be removed from the opening, whereineach of the at least two tabs has a unique head shape and the firstportion of at least one of the openings is sized to only receive one ofthe tab heads.
 5. The handle assembly of claim 3, further comprising themounting plate including a recess, the recess including at least oneopening, with any openings located about a periphery of the recess, thehandle with a base configured to be removably received within the recessof the mounting plate, the handle further comprising at least one tab,with any tabs positioned about the base to releasably engage one of theopenings on the periphery of the recess; and, the handle furthercomprising a release mechanism that may be used to move the tabs betweenan extended position and a retracted position.
 6. The handle assembly ofclaim 3, further comprising the handle is removably attached to thedevice mounted assembly via magnets within the handle and ferromagneticmaterial within the device mounted assembly.
 7. The handle assembly ofclaim 3, further comprising the handle is removably attached to thedevice mounted assembly via a threaded connection.
 8. The handleassembly for a handheld electronic device of claim 3, further comprisinga protective case sized to receive the tablet device and the devicemounted assembly, the protective case including a pocket to receive thehandle when removed from the mounting plate.
 9. The handle assembly ofclaim 8, further comprising status lights on an exterior of theprotective case to indicate status of various operations of the tabletdevice.
 10. The handle assembly for a handheld electronic device ofclaim 1, further comprising the protective case permitting the handle tobe mounted to the mounting plate while the tablet device is within theprotective case.
 11. The handle assembly for a handheld electronicdevice of claim 1, further comprising a handle engaging portion intowhich the handle may be removably positioned, the handle engagingportion mounted to one of a wall fixture, a wheel chair, a hospital bedand an equipment stand.
 12. The handle assembly for a handheldelectronic device of claim 11, further comprising an articulating arm toposition the tablet device in a desired viewing position when the handleis positioned within the handle engaging portion.
 13. The handleassembly for a handheld electronic device of claim 11, furthercomprising the handle including a connector electrically linked with thehandheld device and the handle engaging portion including a matingconnector, so that placing the handle into the handle engaging portioncreates an electrical connection between the handle engaging portion andthe handheld device, wherein the electrical connection between thehandle engaging portion and the handheld device enables at least one ofcharging the handheld device and allowing data transfer to and from thehandheld device.
 14. The handle assembly for a handheld electronicdevice of claim 1, the handle further comprising a cavity within whichis mounted an assembly selected from one of a biometric security devicewith a sensor mounted on an exterior of the handle, a data transferassembly, a wireless charging assembly, an circuitry to illuminateindicator lamps mounted on an exterior of the handle to show status ofvarious operations of the tablet device, a lighting assembly that isconfigured to illuminate at least a portion of the exterior of thehandle, and a backup battery assembly.
 15. The handle assembly for ahandheld electronic device of claim 1, further comprising the devicemounted assembly being part of a cover that mounts to the back side ofthe handheld device.
 16. The handle assembly for a handheld electronicdevice of claim 1, further comprising the device mounted assembly beingintegrated into the back side of the handheld device.
 17. The handleassembly for a handheld electronic device of claim 1, further comprisingthe device mounted assembly being attached magnetically to the back sideof the handheld device.
 18. The handle assembly for a handheldelectronic device of claim 1, further comprising the device mountedassembly including a battery and indicator lights electrically connectedto the handheld electronic device.